Well 6004/16-1 - jf.fojf.fo/wp-content/uploads/2016/10/6004-16-1_well-info.pdfWell 6004/16-1 Well...

Well 6004/16-1

Well information

Well number 6004/16-1Location Offshore, South East of Faroe IslandsLongitude 04o 54´58.196´´ WLatitude 60o 22´28.186´´ NUTM Zone 30Spheroid WGS84Datum ETRS89Well blok no. 6004/16Reference point KB 26.5 m above MSLWather depth 974.5 m below MSLTD log 4275 mTD drill 4274 m below KBThe well is VerticalSpud date 20 September 2001Completed 10 December 2001Spud classification ExplorationStatus (completion) Plug and AbandonedLicense L001Operator Amarada HessRig Sovereign Explorer

Reports1. Schlumberger. PVT Laboratory Study Report. April 2002.

2. Heavy mineral data from Well 6004716-1Z, Faroes sector, Faroe-Shetland Basin.

3. Department of Earth Sciences, Open University. Ar-Ar Analysis of Ditch Cuttingsfrom Dolerite sill – 6004/16-1Z well, Faroes.

4. Robertson Research International limited. Biostratigraphy of the Interval (1)1492m-2259m TD and (1Z) 2354-4274 TD. March 2002.

5. Robertson Research International limited. Combined conventional core Analysisand Slabbed Core Photography Report. March 2001.

Well 6004/16-1 http://data.jf.fo/Wells/6004-16-1/Well fakta.htm

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6. Robertson Research International Limited. Geochemical Evaluation of OilStained Cores 1 to 3 and MDT Water Samples. Vol. 1, February 2002.

7. Robertson Research International Limited. Geochemical Evaluation of OilStained Cores between 3455.17m and 3456.97m. Vol.2, February 2002.

8. Schlumberger. Marjun Prospect 6004716-1Z VSP Data Processing Report.February 2002. Data + Report.

9. Robertson Research International Limited. Maturity evaluation of the interval1519m - 4271m in the 6004-16-1, 1z well, offshore Faroe Islands. August 2002.

10. Overview of CMR run on 6004-16-1z, Faroes. January 2002.

11. Processing, sedimentological and structural evaluation of FMI data acquired inthe drilled T10 and T20 stratigraphy, 6004-16-1z, Marjun prospect.

12. HM Research Associates. Provenance of Paleocene sandstones in the Faroessector and adjacent areas of the NE Atlantic: heavy mineral constraints. August2002.

13. Geotrack. Thermal history reconstruction in offshore Faroes well 6004-16-1,using AFTA and Vitrinite Reflectance. July 2002.

14. Robertson Research International Limited. Well 6004-16-1z Faroes, Core andSpectral Gamma Correlation Study, Palaeocene T25-T36. August 2002.

15. Robertson Research International Limited. Well 6004-16-1z offshore Faroes,Core and Spectral Gamma Correlation Study, Palaeocene T10-T22. August2002.

Analog logs

Composite Log (Pdf)

1. Composite Log Analog well logs (Pds). Schlumberger.

1. HALS-DSI-PEX-NGT-ACTS (Resistivity-Sonic, 15-Nov-2001) Log interval:3828-4272.7 m. Run no. 13a. Scale:1:500.

2. HALS-DSI-PEX-NGT-ACTS (Resistivity-Sonic, 15-Nov-2001). Log interval:


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3828-4272.7 m. Run no. 13a. Scale:1:200.

3. DSI-HRLA-PEX-NGT-ACTS (Resistivity-Sonic, 22-Oct-2001). Log interval:2218-3831.5 m. Run no. 4A. Scale:1:500.

4. DSI-HRLA-PEX-NGT-ACTS (Resistivity-Sonic, 22-Oct-2001). Log interval:2218-3831.5 m. Run no.: 4A. Scale:1:200.

5. HALS-DSI-PEX-NGT-ACTS (Nuclear, 15 Nov-2001). Log interval: 3828-4272.7m. Run no.: 13a. Scale:1:500.

6. PEX-GR-ATCS (Nuclear, 05 Nov-2001). Log interval: 3828-4159.8 m. Run no.:9c. Scale:1:500.

7. DSI-HRLA-PEX-NGT-ACTS (Nuclear, 22-Oct-2001). Log interval: 2218-3831.5m. Run no.: 4A. Scale:1:500.

8. HALS-DSI-PEX-NGT-ACTS (Nuclear, 15 Nov-2001). Log interval: 3828-4254 m.Run no.: 13a. Scale:1:200.

9. PEX-GR-ATCS (Nuclear, 05 Nov-2001). Log interval: 3828-4159.8 m. Run no.:9c. Scale:1:200.

10. DSI-HRLA-PEX-NGT-ACTS (Nuclear, 22-Oct-2001). Log interval: 2218-3831.5 m.Run no.: 4A. Scale:1:200.

11. DSI-HRLA-PEX-NGT-ACTS (NGT Ratios, 22-Oct-2001). Log interval:2218-3796.5 m. Run no.: 4A. Scale:1:500.

12. HALS-DSI-PEX-NGT-ACTS (NGT Ratios, 15 Nov-2001). Log interval:3828-4245.1 m. Run no.: 13a. Scale:1:200.

13. DSI-HRLA-PEX-NGT-ACTS (NGT Ratios, 22-Oct-2001). Log interval:2218-3796.5 m. Run no.: 4A. Scale:1:200.

14. DSI-HRLA-PEX-NGT-ACTS (MONOPOLE, 22-Oct-2001). Log interval:2218-3821.5 m. Run no.: 4A. Scale:1:200.

15. MDT-GR-ACTS (MDT Samples, 19-Nov-2001). Log interval 4059.25-4157.4 m.Run no.: 13f. Scale:1:200.

16. MDT-GR-ACTS (MDT Samples, 18-Nov-2001). Log interval 4216.3-4255.5 m.Run no.: 13d. Scale:1:200.

17. MDT-GR-ACTS (MDT Samples, 19-Nov-2001). Log interval 4059.25-4157.4 m.Run no.: 13f. Scale:1:200.

18. MDT-GR-ACTS (MDT Samples, 18-Nov-2001). Log interval 4216.3-4255.5 m.Run no.: 6D. Scale:1:200.

19. MDT-GR-ACTS (MDT Pre-tests, 17-Nov-2001). Log interval 4059.5-4256.0 m.


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Run no.: 13d. Scale:1:200.

20. MDT-GR-ACTS (MDT Pressure Tests, 15-Nov-2001). Log interval 4083-4220.3m. Run no.: 13f. Scale:1:200.

21. MDT-GR-ACTS (MDT Pressure Tests, 17-Nov-2001). Log interval 4059.5-4256m. Run no.: 13d. Scale:1:200.

22. MDT-GR-ACTS (MDT Pressure Tests, 20-Nov-2001). Log interval 4083-4220.3m. Run no.: 13f. Scale:1:200.

23. MDT-GR (MDT Pre-Tests, 05-Nov-2001). Log interval 4058.1-4156.5 m. Run no.:9d. Scale:1:200.

24. FMI-GR-ACTS (FMI Image, 16-Nov-2001). Log interval 3828-4274.6 m. Run no.:13c. Scale:1:200.

25. FMI-GR-ACTS (FMI Dipmeter, 15-Nov-2001). Log interval 3828-4274.6 m. Runno.: 13c. Scale:1:200.

26. DSI-HRLA-PEX-NGT-ACTS (DIPOLES, 22-Oct-2001). Log interval 2218-3821.5m. Run no.: 4A. Scale:1:200.

27. CST-PGGD (CST SAMPLES, 23-Oct-2001) Log interval 2238.1-3798.7 m. Runno.: 4C. Scale:1:200.

28. CMR-GR-ACTS (CMR, 16-Nov-2001) Log interval 3828-4273.2. Run no.: 13b.Scale:1:200.

29. CSI-GR-AMS (Zero Offset VSP, 19 Nov-2001) Log interval 3750-4260 m. Runno.: 6E.

Digital logs (LAS)6004-16-1 core_final: 3452.05-4203.65 m1.

DEPTH (M)CPOR (%)GDEN (G/C3)PERMH (MD)

6004-16-1 core_gamma_final: 3452-4203.95 m2. DEPTH (M)

CGS (API)K (API)TH (API)TOTAL_COUNT (API)U (API)

6004-16-1 dean_stark_final: 3455.22-3457.02 m3. DEPTH (M)CPOR (%)CSG (%)CSO (%)CSW (%)GDEN (G/C3)PERMH (MD)

6004-16-1 rab_run5_memory 1467.15-2258.11 m4.


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DEPTH (M)GRRAB (GAPI)RESBD (OHMM)RESBIT (OHMM)RESBM (OHMM)RESBS (OHMM)RESRING (OHMM)ROP5RM (M/HR)

6004-16-1z cmr_gr_run6b: 13104.5-14042 F5. DEPTH (F) :

BADF_CMRBADF_CMRBFV (V/V)BFV (V/V)BFV_MW (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BFV_SIG (V/V)BS (IN)BS (IN)CBF1 (V/V)CBF1 (V/V)CBF2 (V/V)CBF2 (V/V)CBF3 (V/V)CBF3 (V/V)CBF4 (V/V)CBF4 (V/V)CBF5 (V/V)CBF5 (V/V)CBF6 (V/V)CBF6 (V/V)CBF7 (V/V)CBF7 (V/V)CBP1 (V/V)CBP1 (V/V)CBP2 (V/V)CBP2 (V/V)CBP3 (V/V)CBP3 (V/V)CBP4 (V/V)CBP4 (V/V)CBP5 (V/V)CBP5 (V/V)CBP6 (V/V)CBP6 (V/V)CBP7 (V/V)CBP7 (V/V)CBP8 (V/V)CBP8 (V/V)CDF (N)CDF (N)CFF1 (V/V)CFF1 (V/V)CFF2 (V/V)CFF2 (V/V)CFF2 (V/V)CFF3 (V/V)CFF3 (V/V)CFF4 (V/V)CFF4 (V/V)CFF5 (V/V)CFF5 (V/V)CFF6 (V/V)CFF6 (V/V)CFF7 (V/V)CFF7 (V/V)CLOS (M)CLOS (M)


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CMFF (V/V)CMFF (V/V)CMFF_MW (V/V)CMFF_MW (V/V)CMFF_MW_SIG (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMRP_3MS_MW (V/V)CMR_GAIN.CMR_GAIN.CMR_PHI_CONVCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP (DEGF)CS (F/MN)CS (F/MN)CVEL (FT/MIN)CVEL (FT/MIN)CWEL (DEG/M)CWEL (DEG/M)DCAL (IN)DCAL (IN)DELTA_B0 (MT)DELTA_B0 (MT)DF (LBF)DF (LBF)DNPH (V/V)DNPH (V/V)EBSZ (%)EBSZ (%)ECGR (GAPI)ECGR (GAPI)ECHO_AMP_RECHO_AMP_RECHO_AMP_XECHO_AMP_XED (M)ELSZ (%)ELSZ (%)FCD (IN)FCD (IN)FREQ_OP (KHZ)FREQ_OP (KHZ)GAMMAGAMMAGDEV (DEG)GDEV (DEG)GR (GAPI)GR (GAPI)HDAR (IN)HDAR (IN)HTEM (DEGC)HTEM (DEGC)HWEC (DEG/M)HWEC (DEG/M)IPERM (MDM)IPERM (MDM)IPOR (M)IPOR (M)KSDR (MD)KSDR (MD)KTIM (MD)KTIM (MD)NCYT (DEGC)


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NCYT (DEGC)ND (M)ND (M)NOISE_ENV (V/V)NOISE_ENV (V/V)NOISE_FLAGNOISE_FLAGNOISE_PWRNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNO_UPDATE_COUNNPHI (V/V)NPHI (V/V)NPL (V/V)NPL (V/V)NPOR (V/V)NPOR (V/V)PHIE_HILT (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)PXND_HILT (V/V)RGR (GAPI)RGR (GAPI)RHGX_HILT (G/CM3)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RMFA_HILT (OHMM)RO_HILT (OHMM)RO_HILT (OHMM)SPHASE (DEG)SPHASE (DEG)T2CUTOFF (MS)T2CUTOFF (MS)T2LM (MS)T2LM (MS)T2LM_MW (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2LM_MW_SIG (MS)TCMR (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)TENS (LBF)TNPH (V/V)TNPH (V/V)TNRAUMA_HILTUMA_HILTVCL_HILT (V/V)VCL_HILT (V/V)

6004-16-1z_cmr_gr_run6b_1: 13104.667-14042 F6. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)


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HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (V/V)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)

6004-16-1z_cmr_gr_run6b_2: 13104.583-14042 F7. DEPTH (F)DPHZ (V/V)DPHZ (V/V)DSOZ (IN)DSOZ (IN)HAZ (M/S2)HAZ (M/S2)HDRA (G/C3)HDRA (G/C3)HGR (GAPI)HGR (GAPI)HMIN (OHMM)HMIN (OHMM)HMNO (OHMM)HMNO (OHMM)HNPO (V/V)HNPO (V/V)HTNP (V/V)HTNP (OHMM)PEFZPEFZRHGR (GAPI)RHGR (GAPI)RHOZ (G/C3)RHOZ (G/C3)RSO8 (IN)RSO8 (IN)RSOZ (IN)RSOZ (IN)RXO8 (OHMM)RXO8 (OHMM)RXOZ (OHMM)RXOZ (OHMM)

6004-16-1z_comb_up_downlog: 2535.8-4087.9 m8. DEPTH (M)

AF30 (OHMM)AF60 (OHMM)APLC (V/V)APLU (V/V)DRH (G/C3)DT (US/F)FPLC (V/V)FPLU (V/V)HCGR (GAPI)HSGR (GAPI)LCAL (INCHES)PEFL (B/E)RHOM (G/C3)


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TENS (LBF)TT1 (US)TT2 (US)TT3 (US)TT4 (US)

6004-16-1z_comp_resample: 1360-4177.2594 m9. DEPTH (M)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)NPHI (V/V)PEFZ (B/E)POTA (%)RDEEP (OHMM)RHOZ (G/C3)RXOZ (OHMM)SGR (GAPI)SP (MV)SP (MV)SP (MV)THOR (PPM)TNPH (V/V)URAN (PPM)

6004-16-1z_core_provisional: 3452.05-4203.65 m10. DEPTH (M)

CPERM (MD)CPOR (%)GDEN (G/C3)

6004-16-1z_dsi_4161m: 3655.0092-4161.1296 m11. DEPTH (M)BS (IN)CDF (N)DT4P (US/F)DT4S (US/F)GR (GAPI)ITT (S)TDEP (IN)TENS (LBF)TIME (MS)

6004-16-1z_dsi_cnl_8inch: 2073.2496-3835.4508 m12. DEPTH (M)CDF (N)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HTEM (DEGC)NPHI (V/V)PEFZPOTA}RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RXOZ (OHMM)SP (MV)TENS (LBF)THOR (PPM)URAN (PPM)

6004-16-1z_dsi_gr_run5b: 11991-13652 F13. DEPTH (F)BS (IN)CDF (N)


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CS (F/MN)CVEL (FT/MIN)DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTTP (US/FT)DTTS (US/FT)ECGR (GAPI)GR (GAPI)ITT (S)RGR (GAPI)SOBS (IN)SPHI (V/V)TENS (LBF)

6004-16-1z_dsi_pex_run4a: 2073.554-3835.4508 m14. DEPTH (M)BS (IN)CGR (GAPI)CS (F/MN)DNPH (V/V)DPHZ (V/V)DT1 (US/FT)DT1R (US/FT)DT2 (US/FT)DT2R (US/FT)DT3R (US/FT)DT4P (US/F)DT4S (US/F)DT5 (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTST (US/F)DTTP (US/F)DTTS (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HGR (GAPI)ITT (S)NPHI (V/V)NPL (V/V)NPOR (V/V)PEFZPHIE (V/V)POTAPRRHO8 (G/C3)RHOZ (G/C3)RLA0 (OHMM)RLA1 (OHMM)RLA2 (OHMM)RLA3 (OHMM)RLA4 (OHMM)RLA5 (OHMM)RM (OHMM)RMFA (OHMM)RO (OHMM)RT (OHMM)RXO (OHMM)RXOI (OHMM)RXOZ (OHMM)SGR (GAPI)SP (MV)SPHI (V/V)TENS (LBF)THOR (PPM)TNPH (V/V)


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TNRATPRATURAUPRAURAN 8PPM)VCL (V/V)VPVS

6004-16-1z_dsi_r9b_final_rs: 12403.5-131190 F15. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_dsi_run9b_final:11991-13652.5 F16. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI V/V)SPR4SPT4SSVE (M/S)


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SVEL (M/S)TENS (LBF)TIME (S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_dsi_run9b_final_1: 11991.083-13652 F17. DEPTH (F)IDWD (0.1_IN)SCD (0.1_IN)TIME (S)

6004-16-1z_hals_dsi_2224m: 1360.932-2224.278 m18. DEPTH (M)CDF (N)DT1R (US/F)DT2R (US/F)DTCO (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)HTEM (DEGC)NPHI (V/V)PEFZRHOZ 8G/C3)RXOZ (OHMM)SP (MV)TENS (LBF)

6004-16-1z_hals_dsi_pex_r6a. 12334-14033 m19. DEPTH (F)

ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (IN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)


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GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)THOR (PPM)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVS

6004-16-1z_hals_dsi_pex_r6a_1: 12334.083-14033 F20. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)

6004-16-1z_hals_dsi_pex_r6a_2: 12334.167-14033 F21. DEPTH (F)CDH (IN)DPHZ (V/V)


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DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)

6004-16-1z_hals_dsi_pex_r6a_3: 12334.017-14033 F22. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

6004-16-1z_lwd_mem_4168m: 3825.54-4168.44 m23. DEPTH (M)

AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_4192m: 4166.62-4179.72 m24. DEPTH (M)AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_4267m:4215.08-4266.9 m25. DEPTH (M)AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_lwd_mem_run14: 4215.08-4266.926. DEPTH (M)


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AXXH_UNC (OHMM)GR_IMP_FI (GAPI)PXXH_UNC (OHMM)

6004-16-1z_mcfl_cnl_4160m: 3648.7608-4160.8248 m27. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)

6004-16-1z_mcfl_cnl_repeat: 3864.864-4160.8248 m28. DEPTH (M)BS (IN)CDF (N)CS (F/HR)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)ETIM (S)GDEV (DEG)GR (GAPI)HCAL (IN)HDRA (G/C3)HNPO (V/V)HTNP (V/V)NPHI (V/V)PEF8PEFZRHO8 (G/C3)RHOZ (G/C3)TDEP (1IN)TENS (LBF)TNPH (V/V)

6004-16-1z_pex_dsi_run6a: 3759.5556-4277.2584 m29. DEPTH (M)BS (IN)CDF (N)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)ICV (M3)NPHI (V/V)PEFZ (B/E)POTA (%)RHOZ (G/C3)RXOZ (OHMM)


15 of 31 19-10-16 10:50

SCD 81IN)SGR (GAPI)SP (MV)TENS (LBFTHOR (PPM)TPRATURAURAN (PPM)

6004-16-1z_pex_gr_run5c: 11970.5-13651 F30. DEPTH (F)BS (IN)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)ECGR (GAPI)ELSZ (%)ESSZ (%)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHTEM (DEGC)HWEC (DEG/M)NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT. (V/V)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)TALPTENS (LBF)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_gr_run5c_1: 11971.167-13651 F31. DEPTH (F)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)HDRA G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZRHNT (1/S)RHO8 (G/C3)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)

6004-16-1z_pex_gr_run5c_2: 11971.083-13651 F32. DEPTH (F)FCBR (OHMM)HCAL (IN)HDRXRVV (MV)RXOI (OHMM)


16 of 31 19-10-16 10:50

RXV (MV)

6004-16-1z_pex_gr_run5c_3: 11971.017-13651 F33. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

6004-16-1z_pex_r4a_final_rs: 12403.5-13190 F34. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_r5c_final_rs: 13063.5-13653 F35. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)


17 of 31 19-10-16 10:50

IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT. (V/V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA )SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_r5c_final_rs_1: 13064.083-13653 F36. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_r5c_final_rs_2. 13064.167-13653 F37. DEPTH (F)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHO8 (G/C3)


18 of 31 19-10-16 10:50

RHOZ 8G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZ

6004-16-1z_pex_r5c_final_rs_3:13064.017-13653 F38. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_r6a_final_rs: 13105.5-13754 F39. DEPTH (F) ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTSM (US/F)DTTP (US/F)DTTS (US/F)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)


19 of 31 19-10-16 10:50

QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (M/V)SPAR (M/V)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_pex_r6a_final_rs_1: 13105.583-13753.5 F40. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV 8MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_r6a_final_rs_2: 13105.667-13753.5 F41.


20 of 31 19-10-16 10:50

DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDI (INS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM)HLLG .OHMMHLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO .V/VHPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)

6004-16-1z_pex_r6a_final_rs_3: 13105.517-13753.5 F42. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run4a_final: 11991-13652 F43. DEPTH (F)BS (IN)CDF (N)CHRPCHRSCHTPCHTSCS (F/MN)


21 of 31 19-10-16 10:50

CVEL (FT/MIN)DCI4DF (N)DT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/F)DTRS (US/F)DTTP (US/F)DTTS (US/F)ECGR (GAPI)ETIM (S)GR (GAPI)ITT (S)PWN4RGR (GAPI)SAS4SOBS (IN)SPHI (V/V)SPR4SPT4SSVE (M/S)SVEL (M/S)TENS (LBF)TIME (S)

6004-16-1z_pex_run4a_final_1: 11991.083-13652 F44. DEPTH (F)IDWD (0.1_IN)SCD (0.1_IN)TIME (S)

6004-16-1z_pex_run5c_final. 11970.5-13651 F45. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1CDF (N)CFGRCFTC (1/S)CNTC (1/S)CS (F/MN)CVEL (FT/MIN)DF (LBF)DNPH (V/V)DRTAEBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)PXND_HILT (V/V)QCBSLQCMCFL


22 of 31 19-10-16 10:50

QCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RXIG (MA)SSD1TALPTENS (LBF)TGST (M/S2)TIME (S)TNPH (V/V)TNRAUMA_HILTVCL_HILT (V/V)

6004-16-1z_pex_run5c_final_1: 11971.083-13651 F46. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME .S

6004-16-1z_pex_run5c_final_2: 11971.167-13651 F47. DEPTH (F)DPH8 (V/V)DPHZ (V/V)DSO8 (IN)DSOZ (IN)EHGR (GAPI)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTALHTNP (V/V)PEF8PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHO8 (G/C3)RHOZ (G/C3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZ

6004-16-1z_pex_run5c_final_3: 11971.017-13651 F48. DEPTH (F)RVDRU (OHMM)


23 of 31 19-10-16 10:50

RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run6a_final: 12334-14033.5 F49. DEPTH (F)ABS (M2)AFCD (M2)AREA (M2)BS (IN)BSD1 CDF(N)CFGRCFTC (1/S)CGR (GAPI)CHRPCHRSCHTPCHTSCNTC (1/S)CS (F/MN)CVEL (FT/MIN)DCI4DF (LBF)DNPH (V/V)DRTADT4P (US/F)DT4S (US/F)DTCO (US/F)DTRP (US/FT)DTRS (US/FT)DTSM (US/F)DTTP (US/FT)DTTS (US/FT)EBSZ (%)ECGR (GAPI)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)GDEV (DEG)GR (GAPI)HDAR (IN)HLRGBHPATTHTEM (DEGC)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)ITT (S)LSD1NCYT (DEGC)NPHI (V/V)NPL (V/V)NPOR (V/V)PHIE_HILT (V/V)POTAPRPWN4PXND_HILT (V/V)QCBSLQCHALSQCMCFLQCPORRCFT (1/S)RCNT (1/S)RHGX_HILT (G/CM3)RMFA_HILT (OHMM)RO_HILT (OHMM)RSGR (GAPI)RWA_HILT (OHMM)


24 of 31 19-10-16 10:50

RXIG (MA)SAS4SGR (GAPI)SOBS (IN)SP (MV)SPAR (MV)SPHI (V/V)SPR4SPT4SSD1SSVE (M/S)SVEL (M/S)SW_HILT (V/V)TALPTENS (LBF)TGST (M/S2)THOR (PPM)TIME (S)TNPH (V/V)TNRATPRATURAUMA_HILTUPRAURAN (PPM)VCL_HILT. (V/V)VPVSW1NG (1/S)W2NG (1/S)W3NG (1/S)W4NG (1/S)W5NG (1/S)WF41WF42WF43WF44WF45WF46WF47WF48

6004-16-1z_pex_run6a_final_1: 12334.083-14033 F50. DEPTH (F)BSW (1/S)BSWU (1/S)FCBR (OHMM)HCAL (IN)HDRXIDWD (0.1_IN)LHEW (1/S)LSW (1/S)LSWU (1/S)LWTO (1/S)RVV (MV)RXOI (OHMM)RXV (MV)SCD (0.1_IN)SSW (1/S)SSWU (1/S)TIME (S)

6004-16-1z_pex_run6a_final_2. 12334.167-14033 F51. DEPTH (F)CDH (IN)DPHZ (V/V)DSOZ (IN)ECC (IN)EHGR (GAPI)HARS (OHMM)HART (OHMM)HAUD (OHMM)HAUE (IN)HAUS (OHMM)


25 of 31 19-10-16 10:50

HAZ 8M/S2)HCFT (1/S)HCNT (1/S)HDI (NS)HDRA (G/C3)HDRTHGR (GAPI)HLDU (OHMM)HLGU (OHMM)HLLD (OHMM)HLLE (OHMM):HLLG (OHMM)HLLS (OHMM)HLSU (OHMM)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHRDU (OHMM)HREU (IN)HRLD (OHMM)HRLE (IN)HRLS (OHMM)HRM (OHMM)HRMD (OHMM)HRSU (OHMM)HSO (IN)HTALHTNP (V/V)PEFZQCPEFQCRHRHFT (1/S)RHNT (1/S)RHOZ (G/C3):RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZZIT1 (MA)ZVB1 (MV)ZVBQ (MV)ZVT1 (MV)ZVTQ (MV)

6004-16-1z_pex_run6a_final_3: 12334.017-14033 F52. DEPTH (F)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)TIME (S)

6004-16-1z_pex_run6a_repeat: 3994.7088-4192.0668 m53. DEPTH (M)BS (IN)CDF (N)CGR (GAPI)DTCO (US/F)DTSM (US/F)GR (GAPI)HCAL (IN)HDRA (G/C3)HLLD (OHMM)HLLS (OHMM)ICV (M3)NPHI (V/V)PEFZPOTARHOZ (G/C3)RXOZ (OHMM)


26 of 31 19-10-16 10:50

SCD (1IN)SGR (GAPI)SP (MV)TENS (LBF)THOR (PPM)TPRATURAURAN (PPM)

6004-16-1z_processed_cmr: 13103-13989 F54. DEPTH (F)ABS (M2)ACQ_TIME (MS)AC_REL_STATEAFCD (M2)AMP_DIST (V)AMP_DIST_SIG (V)AREA (M2)ATEMP (DEGC)B0_MC (MT)B0_TEMP (MT)BADF_CMRBCQR (%)BDIGBFV (V/V)BFV_MW (V/V)BFV_MW_SIG (V/V)BFV_SIG (V/V)BLEW (1/S)BPHV (V)BS (IN)BSD1BSFF (%)CART_TEMP (DEGC)CBF1 (V/V)CBF2 (V/V)CBF3 (V/V)CBF4 (V/V)CBF5 (V/V)CBF6 (V/V)CBF7 (V/V)CBP1 (V/V)CBP2 (V/V)CBP3 (V/V)CBP4 (V/V)CBP5 (V/V)CBP6 (V/V)CBP7 (V/V)CBP8 (V/V)CDF (N)CFF1 (V/V)CFF2 (V/V)CFF3 (V/V)CFF4 (V/V)CFF5 (V/V)CFF6 (V/V)CFF7 (V/V)CFGRCFTC (1/S)CLOS (M)CMFF (V/V)CMFF_MW. (V/V)CMFF_MW_SIG (V/V)CMFF_SIG (V/V)CMRP_3MS (V/V)CMRP_3MS_MW (V/V)CMR_GAINCMR_PHI_CONVCMR_RAW_PHI (V/V)CMR_SIG_PROC_SCMR_TEMP (DEGF)CMR_TEMP_RAWCMSN


27 of 31 19-10-16 10:50

CNTC (1/S)CS (F/MN)CTEM (DEGF)CTMP (DEGC)CVEL (FT/MIN)CWEL (DEG/M)DELTA_B0 (MT)DF (LBF)DHC_ERRDNPH (V/V)DRTADSPPSDSPPT (MS)DSP_ERREBSZ (%)ECGR (GAPI)ECHO_AMP_RECHO_AMP_XECHO_BASE (V)ED (M)ELSZ (%)ESSZ (%)ETIM (S)FCD (IN)FREQ_OP (KHZ)FREQ_OP_IDGAMMAGCHV (V)GDEV (DEG)GR (GAPI)GTHV (V)HAGR (V)HDAR (IN)HDGR (V)HDIGHHVO (V)HLRGBHM15 (V)HMRGBHP15 (V)HP5V (V)HPATTHPB0 (MT)HPB0CH (V)HPB0CL (V)HPB0_RAWHTEM (DEGC)HV (V)HV_CUR (MA)HV_LOADED (V)HV_PEAK_CUR (MA)HV_REG (V)HV_UNREG (V)HWEC (DEG/M)HWER (M)ICV (M3)IHV (M3)INV_AMP_MCKBFV (MD)KCMR (MD)KSDR (MD)KTIM (MD)LCQR (%)LDIGLLEW (1/S)LOOPLPHV (V)LSD1LSFF (%)MA5V (V)MDIGMINUS_15V (V)


28 of 31 19-10-16 10:50

MINUS_5V_ANA (V)MP12 (V)MP5V (V)NCHV (V)NCYT (DEGC)ND (M)NDIANOISE_ENV (V/V)NOISE_FLAGNOISE_PWRNOISE_TOOL (V/V)NOISE_TOOL_WSU (V/V)NO_UPDATE_COUNNPHI (V/V)NPL (V/V)NPOR (V/V)NSGD (V)NTHV (V)NUM_MSGPHIE_HILT (V/V)PLUS_15V (V)PLUS_5V (V)PLUS_5V_ANA (V)PXND_HILT (V/V)QCBSLQCMCFLQCPORRBPHV (V)RCFT (1/S)RCNT (1/S)RD1P (MV)RD1Q (MV)RDA0 (MV)RDIARGCN (1/S)RG (GAPI)RHGX_HILT (G/CM3)RLPHV (V)RMFA_HILT (OHMM)RMS_NOISE (V)RO_HILT (OHMM)RSPHV (V)RTNRRXIB (MA)RXIG (MA)RXPS (DEG)RXVB (MV)RXVM (UV)SCQR (%)SDIGSIG_PROC_ERRSLEW (1/S)SPHASE (DEG)SPHV (V)SSD1SSFF (%)STATE_ERRT12RT2LM (MS)T2LM_MW (MS)T2LM_MW_SIG (MS)T2P1 (MS)T2P2 (MS)T2P3 (MS)TALPTCH (V)TCL (V/V)TCMR (V/V)TCMR_MW (V/V)TCMR_MW_SIG (V/V)TCMR_SIG (V/V)TENS (LBF)


29 of 31 19-10-16 10:50

TGST (M/S2)TIME (S)TNPH (V/V)TNRATOOL_STATETREF (V)TUNE_WORDTVDE (M)TW_OFFSETUMA_HILTVCL_HILT (V/V)VSEC (M)WAIT_FLAGWSUM

6004-16-1z_processed_cmr_1: 13103.008-13989 F55. DEPTH (F)AZS1 (M/S2)AZS2 (M/S2)AZSNTIME (S)

6004-16-1z_processed_cmr_2: 13103.083-13989 F56. DEPTH (F)BIOMBSW (1/S)BSWU (1/S)BWTO (1/S)FCBR (OHMM)HCAL (IN)HDRXHIOMHMASHRCAL (IN)IDWD (0.1_IN)LHEW (1/S)LIOMLSW (1/S)LSWU (1/S)LWTO (1/S)MIOMNIOMQCRXORIOMRVID (UA)RVIS (UA)RVV (MV)RXI0 (UA)RXOI (OHMM )RXV (MV)SCD (0.1_IN)SIOMSSW (1/S)SSWU (1/S)SWTO (1/S)TIME (S)TQCA

6004-16-1z_processed_cmr_3: 13103.167-13989 F57. DEPTH (F)DPHZ (V/V)DSOZ (IN)HAZ (M/S2)HCFT (1/S)HCNT (1/S)HDRA (G/C3)HDRB (G/CM3)HDRTHGR (GAPI)HMIN (OHMM)HMNO (OHMM)HNPO (V/V)HPRAHTAL


30 of 31 19-10-16 10:50

HTNP (V/V)PEAPEFBAPEFLAPEFSAPEFZQCPEFQCRHRGHN (1/S)RHBA (G/CM3)RHFT (1/S)RHGR (GAPI)RHLA (G/CM3)RHNT (1/S)RHOZ (G/C3)RHSA (G/CM3)RMCZ (OHMM)ROMZ (G/CM3)RSO8 (IN)RSOZ (IN)RXO8 (OHMM)RXOZ (OHMM)TIME (S)UZ

6004-16-1z_processed_cmr_4: 13103.017-13989 F58. DEPTH (F)HAZ01 (M/S2)RVDRU (OHMM)RVSRU (OHMM)RXGR (OHMM)RXRU (OHMM)

TIME (S)

6004-16-1z_rab_6004_16_1: 1467.15-2258.11 m59. DEPTH (M)GRRAB (GAPI)RESBD (OHMM)RESBIT (OHMM)RESBM (OHMM)RESBS (OHMM)RESRING (OHMM)ROP5RM (M/H)


31 of 31 19-10-16 10:50

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